Aconitum burnatii

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Common products:
Aconitum burnatii is not cultivated for timber, fiber, or food. Its documented non‑medicinal use is as a source of research‑grade alkaloid extracts that are sold as analytical standards. Commercial suppliers market purified fractions containing the characteristic C19‑norditerpenoid alkaloids of the species (aconitine, hypaconitine, mesaconitine) for calibration of chromatographic and spectrometric methods in toxicology and phytochemistry laboratories. These extracts serve as reference materials for the identification and quantification of aconite alkaloids in both plant material and biological matrices, supporting forensic, environmental, and academic studies of toxin exposure.

Properties relevant to use:
The species accumulates a suite of C19‑norditerpenoid alkaloids that possess a basic tertiary nitrogen, substantial lipophilicity (log P ≈ 2–3), and high molecular weight (≈ 630–660 Da). These compounds are relatively stable under ambient laboratory conditions (acidic pH, organic solvents) and exhibit strong UV absorption near 210–240 nm, facilitating detection by HPLC‑UV and LC‑MS. Their well‑defined chemical profiles make the extracts suitable as consistent reference standards for instrument validation, method development, and interlaboratory comparisons.

Standards and regulation:
Because the extracts are classified as hazardous substances, their production, storage, and distribution must comply with chemical safety regulations (e.g., EU REACH, national hazardous chemicals acts) and labeling requirements for toxic materials. No dedicated ISO/ASTM standard for Aconitum alkaloid extracts exists; however, suppliers must follow general laboratory chemical safety standards and record provenance to meet regulatory traceability.

Sustainability and sourcing:
Wild populations of A. burnatii are restricted to alpine habitats and are subject to habitat protection, limiting collection from the wild. Sustainable sourcing therefore relies on cultivated plants grown under controlled conditions or on regulated, permit‑based harvesting from protected sites. Suppliers typically document source origin and maintain batch records to ensure that extraction does not threaten local populations, aligning with best‑practice guidelines for rare plant material used in scientific applications.

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